Contracts And Grants: (
Current Support |
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Funding
Agency |
Project/Investigators |
Amount |
Period |
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Shell USA/UT (Shell Game Changer Project) |
WEMI–wave equation migration inversion |
$500,000 |
Jan. 2006– |
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Joint Inverstion of Seismic and Fluid Flow data |
$500,000 |
June 01, 2006– |
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NSF Information Technology Research |
A Data Intense Challenge–Instrumented oil-field of the future Wheeler, Dawson,–Computaional and applied math Sen–Institute for Geophysics |
$2.3 milllion |
Sep 2001– Sep. 2005 |
|
NSF Information Technology Research |
Collaborative Research: ITR-:Data Driven Simulation of the Subsurface:
Optimization and Uncertainty Estimation (new grant)–National Science
Foundation Information Technology Research |
$1.1 million |
Oct. 2004– Sep. 2007 |
|
NSF–Math and Geosciences |
Collaborative Research: CMG: Stochastic Representation of Parameter
Uncertainty within Model Predictions of Future Climate (new grant)
National Science Foundation Jackson and Sen UTIG |
$600K |
Sep. 2004– |
|
US Dept of Energy |
Determination of crustal structure by
inversion of shear-coupled PL waves using global optimization–Pulliam and Sen |
$600K |
Sep. 2004– |
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Completed Projects |
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Joint industry/JSG initiative Current sponsor–Chevron Texaco More companies are likely to participate |
FRST–Fluid Rock Seismic Technology BEG–Fomel, Janette, UTIG–Sen |
$300,000 |
Sep. 2004– |
|
Department of Energy |
Integrated approach to petrophysical interpretation of
post- and pre-stack 3D seismic data, well-log data, core data, geological
information and reservoir production data via Bayesian stochastic inversion |
$1.1 million |
Sep. 2000– |
|
Defense Threat Reduction Agency (DTRA) |
Determination of crustal structure by inversion of
shear-coupled PL waves using global optimization |
$438,492 |
Aug. 2000– |
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DTRA |
Airrbore GPR for the detection of underground
facilities |
$140,000 |
Aug. 2000– |
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“Collaborative Research: 3-D Seismic Imaging of an
Active Margin Hydrate System – |
$ 524,993 |
Jan. 2000– |
|
Joint Industry |
“SLOSEIS: Slowness Analysis, Waveform Inversion and
Uncertainty Estimation in VTI Media.” |
$ 210,000 |
Jan. 1998– |
|
NSF Earth Sciences |
“Parameter Estimation in Anisotropic Media.” |
$ 170,000 |
Jan. 1998– |
|
OCE-9724555 |
“Acquisition of an Origin 2000 for Seismic Research.” |
$ 399,112 |
Sep 1997– |
|
Mobil Oil Company |
3D Multiple Attenuation Methods–Feasibility Studies– |
$ 12,000 |
Jan. 1999– |
|
OCE-9503412 |
“Rock property estimation by AVO inversion of marine
seismic data.” |
$ 292,980 |
Nov. 1995– |
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“Anisotropic Earth Model Calculations.” Mrinal K. Sen and Paul L. Stoffa |
$ 107,157 |
Jan. 1996– |
|
NSF Earth Science EAR-9304417 |
“Neural Computing in Geophysics.” Mrinal K. Sen and Paul L. Stoffa |
$ 313,469 |
Jul. 1993– |
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“Hybrid Linear/nonlinear of seismic waveform
inversion.” |
$ 128,000 |
Jan. 1994– |
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Cray Research, Inc. |
“Pre-stack plane wave Kirchhoff migration on Cray T3D”
|
$ 60,000 |
Jan. 1995– |
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ONR |
“Imaging of Ocean Subbottom Structure.” Mrinal K. Sen |
$ 32,929 |
Sep. 1993– |
|
Cray time award |
“Seismic Velocity Analysis using Neural Networks” |
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Cray Research, Inc. |
“Prestack Migration-Inversion of Seismic Gathers.” |
$ 49,000 |
Jan. 1993– |
|
ONR N00014-92-J-6001 |
“Imaging of Ocean Subbottom Structure Using Swath Mapping Data.” Mrinal K. Sen and Paul L. Stoffa |
$ 69,445 |
Mar. 1992– |
|
Cray Research, Inc. |
“Prestack migration velocity analysis in two- and three-dimension.” Paul L. Stoffa and Mrinal K. Sen |
$ 60,000 |
Jan. 1992– |
|
NSF Earth Science EAR-9105922 |
“Non-linear inversion of plane wave seismograms uding
global optimizaion methods” |
$157,156 |
July 1991– |
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NSF Earth Science EAR-90xxxx |
“Source and path effects and remnant seismic risk of Loma Prieta earthquake” Mrinal K. Sen and Fumiko Tajima |
$45,000 |
Sep. 1990– |
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“Deep
structural complexity and site response in |
$ 130,000 |
1988–1990 |
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